Dec 10, 2007 — Scientists from Columbia University's Lamont - Doherty Earth Observatory will report this week on vital topics including new evidence of the effects of climate change; technologies to confront it; studies of eastern U.S. earthquake risk; and previously unseen inner workings of
the deep polar ice caps.
Not exact matches
If it happened in the last 100,000 years, it might be possible someday to extract traces of its effects from
deep within the
polar ice caps.
A series of robotic missions, from Viking in the 1970s to the Spirit rover still roaming Mars today, have observed ancient riverbeds and
polar ice caps storing enough water to submerge the entire planet in an ocean 40 feet
deep.
We land bouncily, overshoot the runway (built, the story goes, by robots from previous unmanned missions), and nearly plummet into a
deep rift near the north
polar ice cap.
Koonins» editorial comprises compelling reasons to * SUSTAIN * NASA / NOAA / EPA investments in satellite altimetry (rising sea - level and ocean - currents), gravimetry (melting
polar ice -
caps and ocean - currents), carbon dioxide (residence - times), and ozone studies, and to * EXPAND * NASA / NOAA / EPA participation in aerosol studies and
Deep ARGO.
There are zones where new
deep water is formed, mostly at the edges of the
polar ice caps.
There is substantial uncertainty in the rate of heat transport into the
deep ocean, and in the rate of
polar ice cap melting.